P.D.E.A. s BABURAOJI GHOLAP COLLEGE

Transcription

1 P.D.E.A. s BABURAOJI GHOLAP COLLEGE Syllabus for Career Oriented course in Embedded Systems Certificate course: 2modules worth 20 credits Diploma course: 4 modules worth 40 credits Module 1: Basics of Embedded Systems and applications Unit 1: Introduction to Embedded systems: Definition, Classification, core components, characteristics/performance parameters, tools for development, IDE. Unit 2: Embedded systems in Medicine: Characterization and feature of embedded system, application and classification, embedded systems in hospital, in diagnosis, in treatment, in recording, ICU and healthcare, new trends in embedded systems in medicine. Unit 3: Applications in communication systems: Embedded systems used in telecommunication such as telephone system, mobile cellular phones, EPABX, set top box etc. Embedded systems used in data communication such as routers, switches, bridges, hub, gateway, embedded firewall, TCP/IP and UDP protocols Unit 4: Embedded systems for office automation: Study of embedded systems like fax, photocopy, biometric access control system, bar code readers, surveillance systems, teaching tools Unit 5: Automotive embedded systems: Embedded systems in automobiles- central locking, auto body electronics- power windows, dashboard management, car information system, safety systems Use of Embedded system development environment Use in diagnosis Use in cardiovascular system Use of multipara as embedded system Use of EPABX system Study of LAN devices Demonstration of fingerprint attendance system Demonstration of bar code reader CCTV camera surveillance Information collection of working principle of one embedded system Eg. ATM, Traffic light control, Coffee dispensing machine, e books, guided missiles, flight safety, digital camera, video camera, CNC machine, keyboard controller, CD drive or hard disk controller,

2 Module 2: Embedded Systems and Robotics Unit 1: Introduction to Robotics What is a Robot, examples of a robot, history of development of robot, what can robots do, what robots can t do, classification of robots, types of movementlocomotion, localization, manipulation, cooperation, difference between hard automation and flexible automation, applications of automation, limitations and capabilities of industrial robots, current trends in Robotics Unit 2: Basics of Mechanics for Robotics Robotic sensors and actuators, gears, pulleys, torque, friction, timing, effectors, actuators and drives, motors, Embedded Robot Controller, I/O Interface, and PWM Amplifiers Unit 3: Robot fundamentals Co-ordinate transformations, sensors, path planning, feedback and feed forward control, kinematics, differential motion, open loop and closed loop systems, pneumatic and hydraulic systems Unit 4: Basics of Embedded C Introduction to compiler and IDE, variable types and constants, operators, flow control, functions, arrays Unit 5: Design process and Special robots Program models, interfacing with surrounding equipment, troubleshooting, Computer vision, Telerobotics and Virtual Reality Wired robot, Wireless robot, Line follower Robot, Wall follower robot, Obstacle avoider, Temperature controlled Robot, Computer Controlled Robot, Keypad operated robot, Rescue Robot, Legged Robots, Multi-fingered Hands, Mobile robots, and Behavior based robots Line follower Robot Obstacle avoider Edge avoider Hand Movements with Roboman Leg Movements with Roboman Head Movements with Roboman Robotic car Intelligent blind stick Mobile controlled robot One project is to be undertaken by the student.

3 Module 3: Embedded system applications with 8051 microcontroller Unit 1: Introduction to Embedded Systems Definition, embedded system and general purpose computer system, classification, core components of embedded system, characteristics / performance parameters, hardware software co design, tools for development, embedded software development, examples of embedded systems. Embedded system development environment- IDE, types of files generated on cross compilation, disassemble / de-compiler, simulator, emulator and debugging, embedded product development life cycle. Unit 2: Intel 8051 microcontroller Introduction to 8051 microcontroller, Block diagram, internal RAM organization, internal ROM memory, instruction set, ports programming, timers and counters programming, serial communication, interrupts handling, interfacing I/O devices, and demonstration on Keil software. Unit 3: Embedded C programming Assembly Vs. C, What is Embedded C, C Vs. Embedded C, Need of Cross Compiler, Popular Cross Compilers, Overview of µvision Development Tools, Environmental settings required to run a Keil C program, What and Why Compiler Directives, Functions in Keil C, Intermixing C and Assembly. Case studies of embedded systems using 8051 Interfacing with input / output devices such as switches, keyboards, LEDs, LCDs, relays, DAC, ADC, stepper motor etc. Unit 4: Components of Advanced Embedded System Review of microcontrollers and digital signal processors, architecture, embedded microcontroller cores (ARM, RISC, CISC, SoC), introduction to PIC, Freescale microcontrollers, Communication Protocols - RS 232 & RS422 standards, I2C, CAN, Features of Real Time Operating Systems - OS Vs RTOS, Characteristics of typical RTOS, Functional Description of RTOS, Commercially available RTOS Features (About 10 from the following) 4x7- Segment Rolling display Generating sine, square, ramp waveform using DAC Temperature controller system using ADC \ Elevator controller Serial communication with PC Traffic light control system Display date and time using RTC Tone generation using Speaker Object Counter Writing device driver for serial port communication I2C interfacing with serial EEPROM using special ISRs Stopwatch program on embedded development board Calculator program on embedded development board LCD interface LED/7segment interface

4 Keyboard interface Sensor/Transducer Interfacings Stepper & DC motor Interface Relay interface Buzzer, Siren Interface ADC & DAC interface One project is to be undertaken by the student. Module 4: Embedded system applications with Android Unit 1: Introduction to Android What is Android, Android Features, and Development Framework for Android, Dalvik Virtual Machine, Android SDK tools, Android development tools, Android Versions, Android Architecture, and Android Application Life Cycle Unit 2: Android Installation and First Project IDE and Android Installation, Developing first Project, Limitations of Mobile Device Unit 3: Creating User Interfaces Views, View Groups, Layout Managers, Notifications, XML configuration of Layouts, Building user interfaces using Graphical Layout, Event handling Mechanism, Menus, Dialog Boxes, Animation, Graphics Unit 4: Android Application Components and services Activities, Intents, Pending Intents, Intent-Filters, Broadcast Receivers, Content Providers, Threads, Services and Receivers, Service Life cycle, Permissions, Implementing Services, Receiver tag, Implementing Receivers Unit 5: Understand and working with Hardware sensors Accelerometer, Gravity, Gyroscope, Light, Linear Acceleration, Magnetic Field, Orientation, Pressure, Proximity, Relative Humidity, Temperature Unit 6: Data Storage and File System Shared Preferences, File System in Android, Internal Storage, Deccansoft Software Services Unit 7: SQLite and Content Providers What is SQLite, Creating SQLite Databases, DML Operations on Data, Cursors and Content Values, Sharing Databases Content Provider scenarios, Sharing Databases across application boundaries Unit 8: Telephony and SMS Telephony, Reading Phone device details, Reading SIM Details, Tracking Cell Location Changes, Introducing and Sending SMS and MMS, Reading incoming messages Unit 9: Location Based Services and Maps Finding current location Location Manager, GeoCoding Forward and reverse GeoCoding, User Interface - Map View, Changing views on the map, Adding and removing layers to the Map Overlays, Getting views to the Map and Map position

5 Unit 10: Web Services and Network Connectivity What is Web service, Integrating Web Services, SOAP based calling, Managing Network Connectivity, Monitoring Wi-Fi, and Bluetooth Unit 11: Multimedia Playing Audio and Video, Managing Media Controller Installation of Android Creating User interface Basic Android applications Interfacing with sensors SQLite based application Reading phone device details Reading SIM details Tracking cell location changes Introducing and sending SMS and MMS Reading incoming messages Location based services Web services and network connectivity Multimedia based application One project to be undertaken by the student